Voting-machine.



J. M. HAYES.

VOTING MACHINE.

APPLIOATION FILED DEO. 4, 1909.

Patented June 2, 1914 13 SHEETS-'SHEET 1.

u Om NU. EGM 0 @Nadi Q .mori .mani

@www

. J. M. HAYES.

VOTING MACHINE.

APPLIoATIoN 1111.111) 1mm, 1909.l

Patented June 2, 1914.

13 SHEETS-SHEET 2.

J. M. HAYES.

VOTING MACHINE.

.APPLIOATION FILED 1320.4, 1909.

Patented June 2, 1914.

13 SHEETS-SHEET 3.

J'. M. HAYES.

VOTING MACHINE.

APPLICATION FILED DBO. 4, 1909.

PatentedlJune 2, 1914.

13 SHEETS-SHEET 4.

J. M. HAYES.

VOTING MACHINE. APPLIoATIoN FILED D120. 4, 1909.

.Patented June 2, 1914.

13 SHBETSSBEET 5.

J. M. HAYES.

VOTING MACHINE.

APPLIOATION FILED DB0. 4, 1909.

Patented June 2, 1914.

13 SHEETS-SHEET 7.

m@ v mK *www Wi tuuu atotna 1, S

J. M. HAYES.

VOTING MAGHINE.

APPLIOATION FILED 1320.4, 1909.

1,098,796. A Patented June 2, 1914.

13 SHEETS-SHEET 9.

'J'. M. HAYES.

VOTING MACHINE.

A PPLIOATION FILED m'zo. 4, 1909.

1,098,796, Patented June 2, 1914.

13 SHEETS-SHEET 10.

J. M. HAYES.

VOTING MACHINE. APPLICATION SILBD DBO. 4, 1909.

Patented June 2, 1914.

.13 SHEETS-SHEET 11.

wil om atkoznuts.

' J. M. HAYES.

VOTING MACHINE.

APPLIOATION FILED DBO. 4, 1909. Y 1,098,796. Patented June 2, 1914.

` 13 SHEETS-SHEET I2.

mwN mwN. @N NMN.

@N MNN QQNI @N1 J. M. HAYES.

VOTING MACHINE.

APPLICATION FILED DEO. 4, 1909.

1,098,796, Patented June 2, 1914.

13 SHEETS-HEBT 1a..

I- ml- I WA JOHN M. HAYES, OF MONTOURSVILLE, PENNSYLVANIA.

VOTING-MACHINE.

Application filed December 4, 1909.

To all whom t may concern Be it known that I, JOHN lVI. HAYES, a citizen of the United Stat-es, residing at Montoursville, in the county of Lycoming andState of Pennsylvania, have invented certain new and useful*Improvements in Voting-Machines; and I do hereby declare the following to be a full, clear, and eXact description of the invention, such as will enable others skilled in the art to which it appertains to make and use the same.

My invention relates to voting machines of the type shown and described in the patent to John WV. H. Doubler, No. 896,201, dated August 18, 1908, and is especially designed as an improvement on the machine disclosed in this patent.

The principal objects of the present invention are to provide, rst, a practical voting machine having removable sections each containing voting apparatus for one or more officials, whereby the machine may be made up to include only the required number of sections for each election; second, a simple, independent voting mechanism which may be used in connection with all oiiices to be filled; third, improved cumulative voting mechanism capable of dividing votes for three or more candidates for the same oiice` into parts of any numerical value including one and one-half votes for each of two candidates where an election of three for the same oiiice is allowed; fourth, special voting mechanism allowing certain classes of voters to vote for particular oiiicials, but

preventing them from voting for any others, such mechanism being so constructed and operated that the machine may be quickly changed from a condition for regular voting to that for special vc-ting, and vice versa, whereby a special'voter may follow a regu lar voter, and a regular voter a special voter, without creating any confusion or interfering with the operation of the machine; fifth, means for locking the entire machine, including the registers, after an election is over, until the appointed time for the official counting of the votes; sixth, apparatus for registering the number of voters who use the machine, said register beingV placed in full view of the election judges and wait ing voters; seventh, improved registering mechanism for counting the votes cast by each voter as he leaves the machine; eighth, means compelling the barrier which controls access to the machine to be fully opened orI Specification 0f Letters Patent.

Patented June 2, 1914. Serial No. 531,422.

closed when it is once started in either direction; ninth, improved register actuating mechanism whereby when a voter has indicated his vote and does not withdraw it a connection is made between the door of the booth and the register that must remain until the door has been opened and closed and the register actuated and when the door is closed the register actuating mechanism will be returned to normal position again, and tenth, an improved mechanism for disconnecting the straight-ticket mechanism from the individual and independent voting mechanism whereby when any individual vote or independent vote has been cast for any one oiiice the straightticket7 mechanism for all the remaining candidates for that office will be disconnected from their respective individual 'voting mechanism, and when for special voting the locking device is actuated all the straightticket7 mechanism connected to oiiices which are locked will be disconnected from the respective individual voting mechanism without affecting any other part of the straightticket mechanism and in such a manner as to allow the voter to withdraw lhis vote, thereby returning the straight-ticket mechanism to normal position and also when one vote is cast for an oiiice or several votes for several otlices of several different political parties, that after this has been done the use ofthe straight-ticket of any political parties will vote all the remaining offices for the candidates of that political party, making it unnecessary for any instructions to the voter as to how or in what order he should proceed in voting. l

Other objects of the invention will become apparent from the following description.

The invention consists in the features of construction and combinations of parts hereinafter described and specified in -the claims. l

In the accompanying drawings illustrating the preferred embodiments of my invention: Figure 1 is a frontv elevation of the machine. Figs. 2 and 3 are partial supplemental plan views with the top of the casing removed. Fig. 32L is a detailed view of one of the hooks which are carried by the voting slides and engage other hooks connected to the straight ticket shafts. F ig. 4 is a front elevation of the independent voting mechanism, the front of the casing being removed. Fig.V 5 is a cross section on the line 5-5 of Fig. 1. Fig. 6 is a plan view of one of the removable sections equipped for voting for a single official. Fig. 7 is a front view of this section. Fig. 8 is a longitudinal vertical section on the line 8-8 of Fig. 6. Fig. 9 is a cross section on the line 9-9 of Fig. 6. Fig. 10 is a longitudinal vertical section on the line lO-lO of Fig. 6. Fig. 11 is a bro-ken plan view showing the connection between the regular voting mechanisms. Fig. 12 is a similar view illustrating a modified construction of the independent voting apparatus. Fig. 13 is a cross section on the line 13-13 of Fig. 12. Fig. 14 is a broken view of the rear of the machine on a reduced scale. Fig. 15 is a detailed view of one of the locking bars forming part of the special voting mechanism. Fig. 16 is a similar view of one of the locking bars for locking the entire machine. Fig. 16a 1s a perspective view showing the locking connection between one of the voting slides and one of the rear locking slides. Fig. 1Gb is a similar view showing the looking connection between one of the voting slides and one of the front locking slides. Fig. 17 is a fragmentary detailed view on an Venlarged scale to illustrate the connection between the register actuating slide and one of the register actuating levers. Fig. 18 is a section on the line 1818 of Fig. 17. Fig. 19 is a broken plan view of a modified construction of the regular voting apparatus vin which the register is placed at the rear, instead of at the front., of the machine. Fig. 20 is a partial plan view of the sectio-n containing the cumulative voting mechanism. Fig. 2Oa is a side view thereof. Fig. 2Ob is a broken front view with the front of t-he casing removed. Fig. 21 is a fragmentary plan View of part of the cumulative voting device showing particularly `the rear part of the registering mechanism. Fig. 21L lis a detailed view of the means which prevents more than the requisite number of votes being cast for the same otlice. Fig. 22 is a sectional view on the line 22-22 of Fig. 21. Fig. 23 is a sectional view on the line 23-23 of Fig. 21. Fig. 24 is a detailed sectional view on the line 24-24 of Fig. 20. Fig. 25 is an enlarged detailed view of the compensating Vmechanism for winding up the paper used for independent voting. Fig. 26 is an enlarged section on .the line 2626 of Fig. 25. Fig. 27 is a detailed view of the swinging lever, pawl and ratchet which operates said compensating mechanism, and, Fig. 28 is an enlarged detailed view of the device which prevents the barrier from being returned to its first position when it has once been started to be opened yor closed.

The general type of this machine is similar to' that shown and described in Patent, No.

896,200, above referred to, in that the votingy and independent slides for the several political parties are arranged in vertical columns with a straight ticket slide at the top of each column, while the voting slides for the different candidates for the several offices to be filled at an election are arranged in horizontal rows. 1t is also like said patented machine in permitting a voter to change his vote, if he desires, before he leaves the machine, and in registering the vote by the opening of the door or barrier as the voter departs.

The present invention, however, contemplates the construction o-f that part of the machine used foi-.regular voting in sections which are removable from the main framework so that dummy sections may be inserted in place of any which are not required to be used at a given election. The main framework comprises a right hand section equipped for regular voting, and a left hand section of less depth than the right hand section and carrying the independent voting mechanism. Both sections are of the same height which should besufiicient to include all voting mechanism required for the election of the maximum number of officials ever chosen at a single election in the district vwhere the machine is to be operated.

The right hand section 1 is illustrated particularly in Figs. 1, 3 and 5, and the left hand section in Figs. 1, 2 and 4. The rigid part of the right hand section 1 of the framework contains the upright shafts 3 for the purpose of voting Straight tickets, and the horizontal voting slides 4, each connected to one of said shafts 3 and extending through th-e front of the machine where they are provided with push buttons 5. Refer-ring more particularly to Fig. 5, this rigid framework also contains a registering slide G and a horizontal lever 7 pivoted to a bracket 8 and connected at one end to said registering slide and at the other end to the depending operating arm 9 of the register 10 which counts the number of voters, the register members appearing on another face of the register, as shown in Fig. 14. Said rigid framework is further provided with two upright crooked or eccentric shafts 11 and 12 arranged at the side adjacent to the left hand section 2. One of these crooked shafts 11 is located near the front of the machine, while the other 12 is arranged near the back thereof. pinion 13 and 14, respectively, meshing with another pinion 15 and 16 on horizontal shafts 17 and 1S running to the back of the machine where they are equipped with cranks 19 and 2O for the purposes which will be hereinafter explained. The removable sections containing the regular voting apparatus and which are slipped into the rigid framework will also be described later.

rIfhe left hand section 2 is provided with Each carries a beveled a column of slots 21 in its front face, each of which is normally covered by a plate 22. Wit-hin these slots and extending the full height ofthe column is arranged a table 23 over which a strip of paper 24 passes from a roll 25 to another roll 26. The latter roll carries a gear wheel 27 meshing with a larger gear wheel 28 on the axle of which is also mounted a swinging arm 29 carrying a pawl 30, see Figs. 2 and 25. A registering slide 3l passes through the upper part of the section 2 and is connected in any suitable manner to the registering slide 6 passing through the upper part of section l for the purpose of returning the straightticket shafts to normal position. These slides 3l and 6 do not actually register the votes but are designated registering slides because they are constructed and operated like the registering slides in the removable sections hereinafter described. Said slide 3l is provided. with a slotted bracket 32 on its end which projects beyond the framework of the machine, see Fig. 2. The barrier 33 is pivoted at 34 (Figs. l, 2 and 4) and has a'rigid arm 35 carrying a pin 36 fitted in the slotof said bracket 32. As illustrated in Fig. 4, the barrier also has another arm 37 similar to the arm 35, but arranged at its lower end. The latter arm is connected in a like mannerto the slotted bracket 38, similar to bracket 32 of Fig. 2, on a slide 39, see Fig. 4. The slides 3l and 39 terminate at a point near the juncture of the sections l and 2 of the machine and their ends are connected to the ends of two parallel spaced-apart uprights i 40. The arm 29 is pivoted at one end to the center shaft of the wheel 28, Figs. 2, 4 and 25.

The free end of the arm 29, Figs. 2 and 25 carries a projecting pin 41 arranged in a slot 42 in a frame 43 at the end of a horizontal slide 44. Said frame is equipped with two rack bars 45, the ends 0f each are connected to a cross bar 46 forming one side of the slot 42. Said frame is also provided with a cross shaft 47 carrying pinions 48 meshing with the rack bars 45, and a ratchet gear 49 and a. loose gravity arm 50 von its rear end. The gravity arm 50 carries a gravity pawl 5l (see Fig. 27 which engages the ratchet pinion 49. This gravity arm is adapted to contact with a fixed pin 52 durl ing each reciprocation of the frame 45 which causes the shaft 47 to revolve to a certain degree thereby moving the rack bars 45 and the cross bar 46 carried by them, with the result that the slot 42 is enlarged and the throw of the arm correspondingly shortened after each reciprocation of said frame. The purpose of this mechanism is to compensate for the increase in diameter of the roll 26 as the paper becomes wound thereon from the roll 25 so that the registration of each independent vote will always move the same amount of paper across the table 23 behind the slots 2l. On the slide 44 there is a projecting lug 53 arranged in the path of a projection 54 on the registering slide 3l whereby the longitudinal movement of said slide 44 and the winding of the paper upon the roll 26 is effected by the movement of said registering slide, which in turn is operated by the opening of the door or barrier. The slide 44 is connected by a. link 55a to an upright 55 arranged near the juncture of the left hand section 2 with the right hand section l of the machine. Said link has pin and slot connection, as at 55b 55X with the slide 44 but is rigidly connected at 55c to the upright 55. Mechanism is connected to this upright, as will be hereinafter described, for moving the slide 44 into operative position each time that one of the plates 22 is moved so as to uncover its slot 2l.

Referring to Figs. 2 and 28, 56 designates a plate secured to the frame of the machine and serrated, as at 57, on its upper edge, preferably like saw teeth. The registering slide 31 carries a swinging gravity dog 58 which plays back and forth from one end to the other of said plate 56 during each reciprocation of said registering slide. The length of said dog is such that when the registering shaft starts to move in one direction, it will be engaged by the serrations or teeth on the edge of said plate 56 and prevent said slide from returning to its initial position until it has reached the end of its stroke. This device prevents the door from being closed after it has once been pushed partly open until it has been fully opened, and vice versa.

I have illustrated the machine as containing` several removable sections 59 each containing apparatus for voting for a single official, and one section 60 equipped for cumulative voting where three cflicials are to be elected for the same oiiice. It will be understood that the arrangement of these sections shown may be changed so that more of the single vote sections maybe em- -ployed or more than one cumulative voting section used, if desired. Wherever the voting section is not required, a dummy section may be substituted, as at 6l, in Fig. l.

Each-of the single vote 7 sections, as illustrated particularly in Figs. 6 to 10, inelusive, contains a plurality of voting slides 62 extending through the front thereof where they are provided with push buttons 63. Each voting slide carries an upwardly projecting lng 64, a wedge 65 and a hook 66, said lug, wedge and hook being arranged on the upper face of the slide while said hook is pivoted to its upper face. Said voting slide is also provided with a notch 67 in its under face near the front end thereof, n

y81, to a (see Fig. 9), per face intermediate thereof, and a notch 69 in its under face near the rear end thereof. The wedges G5 carried by the several voting slides are adapted to pass between adjacent spacing blocks 70 when said voting slides are pushed in by pressing the buttons 63. Said blocks are carried by a channeled bar 71 extending longitudinally of the sec-- tion. Gnly suflicient space is left between these blocks to allow one of the wedges to enter whereupon the spaces will be entirely closed preventing any one of the other voting slides from being pushed in. This arrangement of the wedges and spacing blocks is similar to that shown in the Doubler patent hereinbefore referred to, and is designed to prevent a voter from casting more than one vote for each official where only one is to be elected.

Each of the hooks 66, Figs. 3, 3a, 6 and 19, carried by the voting slides has a slot 72 therein arranged obliquely to the VaXis of its slide and extending forwardly and to the right thereof. These slots are engaged by pins 7 3 mounted on a longitudinal bar 74, rigidly fastened to the frame of the section. 1When the section is inserted into the machine, the hooks 66 slip into engagement with oppositely extending hooks 75 pivotally connected. to arms 7 6 rigidly fastened to the straight-ticket shafts one of which is shown in Fig. 6 and the ends of each of these shafts are shown in Fig. 3. It will be noted that the operation of pushing in one of the voting slides will throw the straight-ticket hooks 7 5 connected to all the other straight-ticket shafts out of connection with the corresponding individual voting hooks 66 of the section in which the vot-e was cast by reason of the inclined slots 7 2 and the pins 7 3 carried by the rigid bar 74. rFhe result is that a voter after casting a vote for the candidate of one political party for a particular oflice may vote for the candidates of another political party for all the other ofiices by pressing the straightticket slide of the latter party. Registers 77, one for each voting slide, are arranged near the front of the section and may be viewed through the slot 7 S in the front face thereof, as shown in Fig. 7. Each of these registers is actuated by any suitable mechanism, such as a rod 79, having a rack at one end meshing with a pinion connected by a ratchet to the register. rlhe other end of the rod 7 9 is attached to one end of a registering lever 8O intermediately pivoted, as at fixed part of the section. To the of this lever is hinged a hammershaped dog or hook 82 (see Figs. 8, 17 and 18). Said dogs are arranged below and in alinement with the registering slide 88 which has notches 84, one corresponding to each of said dogs.

other end an inclined step 68 on its up The upwardly projecting por-4 tion 82a of each dog will be engaged with the corresponding notch 84 in the registering slide when its voting slide is pushed in, by reason of the downwardly extending portion 82h of said dog, which rests upon said voting slide, riding up the inclined step 68 of the voting slide.

The registering slide 83 has a hook 85 (see Figs. 4, 6 and 12) on its end which fits into the slot formed between the two uprights 40 arranged between the slides 31 and 39 connected to the door so that when the door is opened, said registering slide 83 will be moved longitudinally from left to right. It will be readily understood that when said registering slide moves, it will carry with it the one of the dogs S2 which has been brought into engagement with its notch 84 by having its voting slide pushed in and that the movement of said dog with the registering slide will actuate the register, correspondingwith the pushed in voting slide, through the lever S0 and rod 79, said rod being moved longitudinally in a rearward direction to accomplish this registering operation. Any suitable connection between the rod 79 and the register may be employed, for instance, the arrangement illustrated in Figs. 2O and 24. A supporting strip SG (Figs. S and 18) serves to support the hammer-shaped dog after it is moved off its voting slide and until it is returned to normal position. This strip is slotted, as at 87, to allow the downwardly projecting portion of the dog to drop through it and rest upon its voting slide when returned to normal position, and with the upwardly extending portion of said dog out of engagement with the notch 84 in the registering slide. Said registering slide has downward extensions 88 at the right hand sides of the notches S4 to engage the dogs 82 and insure their return to normal position after they have been moved by said registering slide for actuating the registers. The registering slides 6 and 83 are also provided with cam-shaped forward projections 89 which engage the lugs G4 on the upper faces of the voting slides and return said slides to their' normal positions, if they have been pushed in, when said registering slide is rcciprocated. It will thus be seen that the movements of the registering` slide, which is caused by the opening of the door will simultaneously register the votes which have beeny cast by pushing in the voting slides and returning said voting slides to their normal position. .lt will also be noted that only those registers will be actuated whose voting slides have been pushed in and remain pushed in because only those of the hammer-shaped dogs S4, corresponding with the pushed in voting slides, will be raised into engageneqnt with the notches in said registering s ice.

The Aregisters may be arranged at the back instead of at the front of the section, if desired, as at 7Pa in Fig. 19. The registeractuating levers 8021, in this case, are connected to rearwardly extending rods 79a, which has a forward extension 7 9b having a pin 94h mounted thereon for engagement by the hook 93 Fig. 6 when the locking slide 90 is actuated. The actuation of this modified construction is substantially the same as where the registers are placed at the front of the machine.

Referring more particularly to Figs. 3 and 6, a single longitudinal slide 90 is arranged in each of the single vote sections near the front thereof, and its end next to the independent voting mechanism slotted, as at 91, to engage the crooked upright shaft 11 when the said section is inserted into the machine. The slides 90 of the several sections contained in the machine all i engage the shaft 11 in the same way as illustrated in Figs. 4, 5 and 11. Said slide 90 has blocks 92 on its upper face adapted to engage the notches 67 in the voting slides when said slide 90 is moved from left to vright by the rotation of said crooked shaft 11 (of Fig. 5). Said slide 90 also has rearwardly extending hooks 93 which engage pins 94 on the register actuating rods 79 when this slide is moved to bring its blocks into engagement with the notches in the voting slides, whereby said registers and voting slides are positively locked until the slide 90 is moved back to its normal position. The crooked shaft 11 which actuates the slide 90 is itself operated by the crank 19 mounted on the shaft 17, on the outside of the machine, as shown in Figs. 5 and 111. A half revolution of this crank is sufiicient to move the slide into or out of locking position. Another locking slide 95 (Fig. 6) is arranged longitudinally of the section near the back thereof and carries blocks 96 adapted to engage the notches 69 in the voting slides. This locking slide also projects from the section toward the independent voting mechanism and said end is slotted, as at 97, see Figs. 5, 6 and 15, to engage the crooked shaft 12 which is revolved by means of the crank 20 mounted on the horizontal shaft 18 on the outside of the machine. A half revolution of this crank in one direction will move the slide 95 so as to bring its blocks 96 into engagement with the notches 69 in the voting slides thereby locking said voting slides against being operated, while a half revolution of said crank in the opposite direction will disengage said blocks from said notches and unlock said voting slides. This locking mechanism is designed for special voting. Before the machine is put into operation for an election, slides 95 should be placed in those of the removable sections containing voting mechanism for oliicials for which the special voters are not permitted to vote, said slides 95 being omitted from the sections containing the voting mechanism relating to ofhcials for which the special voters are permitted to vote. l/Vhen Va special voter appears, all the judge of election need do is to turn the crank 20 a half revolution to place the machine in a condition so that the special voters can only vote for the oilicials for whom the statute permits him to vote. If the next voter is a regular voter, the machine can be immediately placed in condition for him to vote for all the oflicials by merely turning the crank 20 back to its initial position. Both of the cranks 19 and 20 may be locked in either of their positions by pad-locks 98, or any other suitable device for fastening said cranks to the brackets 99 forming stops for said cranks.

Each of the single vote removable sections contains in addition to the regular voting slides an independent voting slide 100, see Fig. 11, as well as Figs. 8 and 6. This slide is arranged parallel to the other voting slides and, like them, carries an upwardly projecting lug 101 on its upper face, and a wedge 102, the latter adapted to pass between the spacing blocks 7 0 with the same effect as the wedges carried by each of the voting slides G2. Said slide 100 also has a pin 103 on its upper face engaging a triangular slot 104.L in a strip or movable bar 105 arranged longitudinally of the section just behind the locking bar 95. This slot extends rearwardly and to the right of the pin 103 so that when the slide 100 is moved in, it will cause the bar 105 to move from right to left. Said bar is provided with open-ended slots 106, see Figs. 3 and 6, which engage with pins 107 on the hooks 75 carried by the straight ticket shafts 3 see Figs. 3 and 5, when the removable section is slipped into place in the frame of the machine. All of the hooks will, therefore, be disengaged from the hooks 66 carried by the regular voting slides, when the bar 105 is moved from right to left by the inward movement of the slide 100 so that if one of the straight ticket slides is subsequently actuated, it will not carry in any of the voting slides arranged in this particular removable section. The movable bar 105 is connected to the locking bar 95 by an inter- Vmediately pivoted lever 95a whereby said bar 105 will be moved from right to left when said bar 95 is moved into locking position, with the result that all the hooks 66 connected to the individual voting slides in the locked section will be disengaged from the straight ticket shaft permitting the special voter to use the straight ticket slides in the same manner as a regular voter. It will be noted that the broad end of the triangular slot 104 allows the bar 105 to c movable section.

slide as just described and that each time one of the special locking bars is brought into locking position the corresponding individual voting devices are disconnected from the straight ticket mechanism reducing by one the number of said individual voting devices which will be actuated by said straight ticket mechanism. The independent voting slide is also provided with laterally extending lugs 108 and 109, the former on the right side, and the latt-ei1 on the lett side thereof. Each of the cover plates 22 or the slots in the front of the left hand section of the machine has a knob or handle 110 whereby it may be moved back and forth so as to cover or uncover its slot. A rod 111 (Figs. 2 and 11) is connected to each of said cover plates and extends horizontally to the edge ot' the front 112 of the left hand section of the machine. Said front 112 is hinged at its left hand edge, as shown in Fig. 1, whereby it may be swung open to obtain access to the paper rolls and other apparatus contained in said section. The end of the rod 111 is hook-shaped, as at 113, (Fig. 11) and, when the hinged Jfront is closed, engages one end of another rod or slide 114 carried by the single vote re- The rod or slide 114 is preferably crooked to pass out of the way of the adjacent register and is provided with a rearwardly extending slotted terminal portion 115 at its other end see Figs. 3, 6 and 11. An angle lever 116 (Figs. 3 and 11) is intermediately pivoted to the removable section and carries a pin 117 on one end engaging the slot in said terminal portion 115 of the rod 114. The other end of said lever loosely engages the lug 108 on the right side of the independent voting slide 100. By reason of this arrangement of the device, the movement of the cover plate 22 from right to left to uncover its slot 21 will cause the slides 100 to be depressed or moved rearwardly.

The upright 55 (see Figs. 2, 4 and 11) is equipped with rigid horizontal projections 118, one of which extends into the path of each of the lugs 109 on the left side of the slides 100. lt will be noted that when said slide 100 is moved rearward, which is accomplished by uncovering the corresponding slot 21, as just explained, the lug 109 acting upon the projection 118 will cause the slide 44 to move from right to left by reason of the links 55L connecting said upright 55 and said slide 44. This movement of the lslide 44 brings the pawl 30 on the arm 29 in position to turn the gear wheel 28 part of a revolution when said slide 44 is moved back again to its initial position. rlhis return movement of the slide 44 is accomplished by the lug 54 on the registering slide 31 engaging the lug 53 on said slide 44 when the door or barrier is opened, said lug 53 negar/9e having been brought up near to the lug 54 by the movement of said latter slide jr'rom right to left. The return movement of the slide 44 also operates to return the voting slide 100 to normal position by reason of the projection 118 engaging the lug 109, and the return of the slide 100 closes the slot 21 in the front 112 of the machine by reason of the lug` 108 engaging the lever 116. A camshaped lug 119 (Fig. 11) is formed on the registering slide 31 to engage the pin 101 on the slide 100 to insure the return of the latter to normal position when said slide 31 is moved from left to right by the opening oil' the door or barrier. It will be noted from the foregoing explanation that if one of the regular voting slides has been pushed in or voted, it will close the spacing block 70 so that the wedge 102 carrying the independent voting slide 100 cannot enter between said spacing blocks which has the effeet of locking the corresponding cover plate 22 from being moved to uncover its slot 21. In other words, the casting of a vote for a regular nominee will preclude the voter from also voting for an independent candidate for the same otHce.

In Fig. 12, I have illustrated a modified arrangement for voting for an independent candidate, consisting in extending the independent voting slide 100a through the Jfront of the removable section and fitting it with a push button 100b similar to the push buttons on the regular voting slides. 1n this construction, the handles on the cover plates 22 should be dispensed with and the rods 111 and 114 of the embodiment of the invention illustrated in Fig. 11 are replaced by a single rod 11121 which has a rearward slotted extension 11521. The slot in said extension is open at its rear end so that it may engage the pin 1172L on the lever 116l when the front 112 of the left hand sect-ion of the machine is closed. Said lever 11Ga has positive pin and slot connection, as at 116", with the lug 108gL on the right side of the slide 10021. This positive connection is made so that the lever 116e may move with the voting slide 100a in both directions. In order to prevent the withdrawal of the slide 100;l after it has once been pushed in, thereby allowing a vote to be cast for an independent candidate, a spring hook 120 (see also Fig. 13) is secured to said slide 100a and is adapted to snap into engagement with a stop or lug 121 on the registering slide 83. It some means for preventing the withdrawal of said voting slide were not provided, a voter could vote for an independent candidate and afterward vote for j one of the regular nominees for the same office, as the withdrawal of said slide would remove its wedge from between the spacing blocks and permit one of the regular voting 'slides to be pushed in. When the registering slides 31 and 83 are moved by the opening of the barrier, the stop or projection 121 will be disengaged or moved from beneath the hook 120 thereby allowing the voting slide 100ZL to be returned to normal position as described in connection with the showing in Fig.,11.

One or more removable sections 22 (Fig. 1) for voting for or against questio-ns may be used in the machine, if desired in any of the places provided for individual sections. Only two voting slides are required in each of these sections and said voting slides should not be att-ached to the straight ticket shafts. Otherwise, the question voting section may be constructed similarly to the regular voting' sections, in so far as the registering of the votes the return of the voting slides to normal position and the locking of the special voting mechanism, etc., are concerned. It is, therefore, deemed unnecessary to specifically illustrate one of these question voting sections.

Referring now to Figs. 2O to 24, inclusive, of the drawings, the push button 123 pro vided for each candidate for the oi'lice to which three oiiicials are to be elected, is connected to a shank 126 in turn connected to the voting slide 124 by means of a collar 125 rigidly secured to said shank, but adapted to rotate on .said slide. Said shank 126 carries a pointer or indicator 127 on the out- Side of the machine and on the inside thereof a projecting lug 128 arranged in alinement with the indicator. Three other voting slides 129, 130 and 131 are grouped around the voting slide 124 and have their ends extending into juxtaposition to the latter slide immediately behind the plane of rotation of the projecting lug 128. The terminals of said slides 129, 130 and 131 are arranged at suitable intervals within substantially the same radius from the slide 124 so that said lug 128 may engage any one of them when brought into proper position by revolving the button 123. As illustrated, the end of the slide 130 is arranged at the left hand side of the slide 124 and in the same horizontal pla-ne therewith. The end of the slide 129 is arranged below the end of the slide 130 and slightly to the left of the vertical plane of the slide 124, while lthe end of the slide 131 is arranged in a similar position on the right hand side of said vertical plane. A fixed sleeve 132 is arranged around the shank 126, and is provided with slots or ways 133 see Figs. 2Oa and 20b therein adapted to receive and guide the lug 128 during the reciprocation of the slide 124 and said shank. There are four of these slots, one located opposite each of the adjacent ends of the voting slides 129, 130 and 131, while the fourth one is arranged on the right hand side of the slide 124, and in the same horizontal plane with it. From Vthis construction, it will be seen that if the button is turned so that the lug 128 will engage the last mentioned slot in the sleeve- 132, the slide 124 may be pushed in without carrying' any one of the other three voting slides with it, whereas, if said lug is brought to rest at apoint opposite one ofthe other slides in said sleeve, it will carry the corresponding one' of the other` slides in with it when it is pushed in. Suitable indicia isl arranged on the face of the machine, as at 134, in Fig'. 1, corresponding to the slots in the sleeve so that the voter can determine by means thereorl and the pointer 127 which of said slots the lug 128 will enter when he pushes in the button 123. A spring 135 connected to the slide 124 and the collar 125 normally holds the shank in position with its lug 128 opposite the slot in the sleeve which has no corresponding eXtra voting slide. This spring serves to automatically return the shank 126 to normal position as soon as said lug is released from one of the other slots in said sleeve.

Each of the voting slides 129, 130 and 131 has a notch 136, 137 and 138, respectively. See Fig. 20. The voting slide 124 has two laterally projecting pins 139 and 140 extending respectively into the notches 136 and 138 of the slides 129 and 131. The voting slide 129, as well as a projecting pin 141 extends into the notch 137 of the slide 130. Because of this arrangement of the notches and pins, it will be seen that when the slide 130 is pushed in, it will carry with it the slide 129 so that the three slides 124, 129 and 130 will all move in together, said slide 124 being pushed in, of course, each time the button 123 is reciprocated by reason of it being attached to the shank 126, as heretofore explained. The pins and notches also. cause the return of any one or all of the three slides 129, 130 and 131, which may have been pushed in, when the slide. 124 is returned to normal position by the cam 89X on the registering slide 83X engaging the lug 142 on said slide 124. Each of the voting slides 124, 129, 130 and 131 is also equipped with a beveled block 143 on its upper surface adapted to raise corresponding hammer-shaped dogs 146x, 147x, 148X and 149X into engagement with notches 145 in the registering slide 83x, Figs. 20l and 22. rlhese dogs and notches are made. substantially like the dogs 82 and notches 84, previously described. ll-ach of said dogs is connected to a separate angular lever, by strips 144, the dog 146X corresponding to the voting slide 124 being connected to the lever 1461, the dog 147 corresponding to the voting slide 131 to the lever 147', the dog 148 corresponding to the voting slide 129 to the lever 148", and the dog 149X corresponding to the voting slide 130 to the lever 1491. Said levers are arranged sub- 

